Fabricaton and assembly on interior part of formula racing car

Student teams from all over the world are challenged to design and build high performance race cars in the spirit of the Society of Automobile Engineer Formula ONE. The engine, transmission, and related systems make up the powertrain, which is largely responsible for the car's speed, efficiency, and overall performance on the racetrack. There are various obstacles in the way of developing a successful powerplant for an SAE Formula ONE car. These include incorporating energy recovery technologies for increased efficiency, maintaining dependability under harsh racing circumstances, and maximizing power output while abiding by tight weight and size restrictions. The objective of this project is to develop and deploy a custom bracket that maximizes efficiency and performance while adhering to Society of Automobile Engineers Formula ONE rules. Achieving a high power-to-weight ratio, increasing thermal efficiency, making the vehicle more drivable, and guaranteeing durability and dependability throughout competition are important goals. Conceptual design, in-depth engineering analysis, component selection, production, testing, and powertrain system validation are all included in the scope. The use of sophisticated modelling tools for performance prediction, component integration optimization, and comprehensive testing to verify durability and performance are emphasized. The study is important because it pushes the limits of powertrain design in a competitive setting, which advances automotive engineering. In addition to improving team competitiveness, the development of an effective and dependable powertrain offers insightful information for upcoming advancements in the automotive and motorsport industries. A high performances powertrain system with greater output, optimum weight distribution, improved power delivery, and reducing cost are anticipated results. It is expected that these outcomes will confirm the efficiency of the engineering solutions and design strategy used.